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Solidification and Room Temperature Microstructure of a Fully Pearlitic Compacted Graphite Cast Iron
Compacted graphite cast irons are rapidly developing for they have better mechanical properties than lamellar graphite cast irons
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Hydrogen Embrittlement Susceptibility of R4 and R5 High-Strenght Mooring Steels in Cold and Warm Seawater
Hydrogen embrittlement susceptibility ratios calculated from slow strain rate tensile tests have been employed to study the response
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Retained Austenite Control for the Soft Machining of High-Hardness Tool Steels
Most high-hardness tool steels comprising forming dies require expensive finish machining operations to compensate for the dimensional distortion
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The Influence of Trace Elements on the Nature of the Nuclei of Graphite in Ductile Iron
Nucleation mechanisms and the effect of minor elements added with the inoculants are still a subject of extensive
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Reassessment of Crystal Growth Theory of Graphite in Cast Iron
The problem of graphite crystallization and growth in cast iron has recently received increased attention. As most of
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Evolution of shrinkage with carbon equivalent and inoculation in ductile cast irons
Studying how shrinkage porosity changes size when varying the composition of ductile irons is still of interest for
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Effect of the Martensitic Transformation on the Stamping Force and Cycle Time of Hot Stamping Parts
Stamping dies perform two functions in the hot stamping process of body-in-white components. Firstly, they form the steel
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A Simplified Varestraint Test for Analyzing Weldability of Fe-Ni Based Superalloys
High temperature Ni-based superalloys are largely used in components of aircraft engines which are subjected to high thermal
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Experimental and CFD Modeling of the Degree of Eutectic Modification in A356 Silica Sand and Metal-Mold Castings
A computational fluid dynamics (CFD) casting simulation-based optimization approach previously developed was applied in this study to assist
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Experimental and CFD Modeling of Microshrinkage in A356 Silica Sand Mold Castings
A computational fluid dynamics (CFD) casting simulation-based optimization approach previously developed was applied in this study to assist
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Wear and Friction Evaluation of Different Tool Steels for Hot Stamping
The aim of this work is to investigate the durability of tool steels for hot stamping by comparing
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Effects of high silicon contents on graphite morphology and room temperature mechanical properties of as-cast ferritic ductile cast irons. Part II – Mechanical properties
An attempt has been made to establish experimentally the temperature along the metastable eutectic in the Fe–C–Si system,
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Mechanical and microstructural characterization of HIP joints of a simplified prototype of the ITER NHF First Wall Panel
The blanket of ITER protects the vacuum vessel from neutrons and other energetic particles produced in the fusion
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Combined effects of cooper and tin at intermediate level of manganese on the structure and properties of as-cast nodular graphite cast iron
Copper, manganese and tin are commonly used as pearlite promoter elements in cast irons. A number of studies
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Reexamination of crystal growth theory of graphite in iron-carbon alloys
Most analysis of graphite morphology in cast iron-carbon alloys is performed on samples cooled to room temperature. This
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Effect of Tin on the Phase Transformations of Cast Irons
Copper, manganese and essentially tin are used as alloying elements for obtaining cast irons with a fully pearlitic